单相稳压器在三相配电系统中的应用

M. Bishop, J. Foster, D. Down
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引用次数: 28

摘要

电压调节器应用于配电系统,以控制交付给客户的电压在可接受的工业标准内。对电力公司输送给客户的电力质量的担忧,提高了客户设施对高压和低压条件的认识水平。通过线路端变压器的正常电压降随着系统负载水平的变化而变化。电压调节器,当应用得当,可以补偿这些电压下降,并保持客户电压在适当的限制。单相稳压器可以以多种方式应用于三相系统,包括接地式、开式、闭式和开式。调节系统的性能受系统设计的影响。本文综述了封闭三角洲和楔形应用的特点,并讨论了每种应用方案的优缺点。还审查了调节器连接对过流保护方案的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The application of single-phase voltage regulators on three-phase distribution systems
Voltage regulators are applied on distribution systems to control the voltage delivered to customers within acceptable industry standards. Concerns about the quality of electric power delivered to customers by electric utility companies have raised the level of awareness of high and low voltage conditions at customer facilities. Normally occurring voltage drops through lines end transformers vary with the load level on the system. Voltage regulators, when properly applied, can compensate for these voltage drops and keep customer voltage within proper limits. Single-phase voltage regulators can be applied on three-phase systems in a variety of ways, including grounded-wye, open-wye, closed-delta, and open-delta. The capabilities of the regulator systems are effected by the system design. This paper reviews the characteristics of the closed-delta and wye applications, and discusses the advantages and disadvantages of each application scheme. The impact of the regulator connection on the overcurrent protection scheme is also reviewed.<>
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